Analysis of Difenoconazole Content in Lake Water-Quality Testing

This paper presents a method for detecting the concentration of difenoconazole in lake water quality detection based on spectrophotometry. Prediction models were established by using various parameters to detect the concentration of difenoconazole. The results showed that the concentration of difenoconazole had a good linear correlation with total nitrogen and ammonia nitrogen. To verify the accuracy of the measurement method, the total nitrogen and ammonia nitrogen of different concentrations of liquids were tested, and the concentration of difenoconazole predicted by the model equation was obtained and compared with the actual value. The results show that the prediction correlation coefficient of the equation is close to 1, and the standard error of prediction is small, which meets the actual test requirements.

Automated summary

This paper presents a method for detecting the concentration of difenoconazole in lake water quality detection based on spectrophotometry. Prediction models were established using various parameters to detect the concentration of difenoconazole. The results showed a good linear correlation between the concentration of difenoconazole and total nitrogen and ammonia nitrogen. Verification tests on different concentrations of liquids confirmed the accuracy of the measurement method, with the predicted concentration of difenoconazole close to the actual value. The high prediction correlation coefficient and small standard error of prediction meet the requirements of actual testing.